An analytic theory shows how linearly polarized light shifts ferromagnetic resonance in garnets through the inverse Cotton-Mouton effect, with a fitted coupling constant matching experiment.
Mag- netophotonic waveguide nanostructure for selective ul- trafast optical excitation of high-k spin dynamics
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Optomagnetic non-thermal modification of the ferromagnetic resonance
An analytic theory shows how linearly polarized light shifts ferromagnetic resonance in garnets through the inverse Cotton-Mouton effect, with a fitted coupling constant matching experiment.